Перевод и анализ слов искусственным интеллектом ChatGPT
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- этимология
mitotic elimination - перевод на русский
общая лексика
митотическая элиминация
![An abnormal (tripolar) mitosis (12 o'clock position) in a precancerous lesion of the stomach ([[H&E stain]])](https://commons.wikimedia.org/wiki/Special:FilePath/Atypical mitosis.jpg?width=200 "An abnormal (tripolar) mitosis (12 o'clock position) in a precancerous lesion of the stomach ([[H&E stain]])")
![actomyosin cortex]] is depicted in red, DNA/chromosomes purple, [[microtubules]] green, and membrane and retraction fibers in black. Rounding also occurs in live tissue, as described in the text.](https://commons.wikimedia.org/wiki/Special:FilePath/Cell-shape-mitosis.png?width=200 "actomyosin cortex]] is depicted in red, DNA/chromosomes purple, [[microtubules]] green, and membrane and retraction fibers in black. Rounding also occurs in live tissue, as described in the text.")
![Mitosis divides the [[chromosome]]s in a [[cell nucleus]].](https://commons.wikimedia.org/wiki/Special:FilePath/Major events in mitosis.svg?width=200 "Mitosis divides the [[chromosome]]s in a [[cell nucleus]].")
![A cell in late [[metaphase]]. All chromosomes (blue) but one have arrived at the metaphase plate.](https://commons.wikimedia.org/wiki/Special:FilePath/Mitosis-fluorescent.jpg?width=200 "A cell in late [[metaphase]]. All chromosomes (blue) but one have arrived at the metaphase plate.")
![Label-free [[live cell imaging]] of Mesenchymal Stem Cells undergoing mitosis](https://commons.wikimedia.org/wiki/Special:FilePath/Mitosis Mesenchymal Stem Cells.gif?width=200 "Label-free [[live cell imaging]] of Mesenchymal Stem Cells undergoing mitosis")
![Cilliate undergoing cytokinesis, with the [[cleavage furrow]] being clearly visible](https://commons.wikimedia.org/wiki/Special:FilePath/Unk.cilliate.jpg?width=200 "Cilliate undergoing cytokinesis, with the [[cleavage furrow]] being clearly visible")
![Onion ([[Allium]]) cells in different phases of the cell cycle enlarged 800 diameters.<br /> a. non-dividing cells<br />b. nuclei preparing for division (spireme-stage) <br />c. dividing cells showing mitotic figures <br />e. pair of daughter-cells shortly after division](https://commons.wikimedia.org/wiki/Special:FilePath/Wilson1900Fig2.jpg?width=200 "Onion ([[Allium]]) cells in different phases of the cell cycle enlarged 800 diameters.<br /> a. non-dividing cells<br />b. nuclei preparing for division (spireme-stage) <br />c. dividing cells showing mitotic figures <br />e. pair of daughter-cells shortly after division")
![Normal and atypical forms of mitosis in cancer cells. A, normal mitosis; B, [[chromatin bridge]]; C, multipolar mitosis; D, ring mitosis; E, dispersed mitosis; F, asymmetrical mitosis; G, lag-type mitosis; and H, micronuclei. H&E stain.](https://commons.wikimedia.org/wiki/Special:FilePath/Normal versus atypical mitosis.jpg?width=200 "Normal and atypical forms of mitosis in cancer cells. A, normal mitosis; B, [[chromatin bridge]]; C, multipolar mitosis; D, ring mitosis; E, dispersed mitosis; F, asymmetrical mitosis; G, lag-type mitosis; and H, micronuclei. H&E stain.")
[mai'təusis]
общая лексика
митоз
непрямое деление ядра
кариокинез
медицина
митотическое деление клетки
существительное
биология
митоз
кариокинез
деление клетки
клеточное деление
митоз, кариокинез
[mai'təusi:z]
общая лексика
от mitosis
общая лексика
эумитоз
медицина
второе деление мейоза
эквационное деление
медицина
митотическое деление клетки
[kæriə(u)k(a)i'ni:sis]
общая лексика
кариокинез
митоз
непрямое деление клетки
существительное
биология
кариокинез
митоз
общая лексика
эндомитоз
общая лексика
митотический
Определение
Википедия
Mitotic recombination is a type of genetic recombination that may occur in somatic cells during their preparation for mitosis in both sexual and asexual organisms. In asexual organisms, the study of mitotic recombination is one way to understand genetic linkage because it is the only source of recombination within an individual. Additionally, mitotic recombination can result in the expression of recessive genes in an otherwise heterozygous individual. This expression has important implications for the study of tumorigenesis and lethal recessive genes. Mitotic homologous recombination occurs mainly between sister chromatids subsequent to replication (but prior to cell division). Inter-sister homologous recombination is ordinarily genetically silent. During mitosis the incidence of recombination between non-sister homologous chromatids is only about 1% of that between sister chromatids.
